A plant for a tea company has bagging machines capable of bagging 1000 bags of tea per minute. If the plant runs 24 hours a day, how many tea bags are produced in one day? The company produces ? Tea bags in one day of operation.
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Write the expression in simplest form. Assume that all variables are positive.
A study was produced which involved 800 randomly selected individuals. Each participant was asked to identify whether they were currently employed or not. 583 responded they were employed while 148 responded that they were not employed. Identify the problem with this study.loaded questions nonresponse correlation and causality self interest
Special right triangle 45 45 90Find the missing values
Which comes first domain or range
what’s the median?? or how do you find out the median so i can learn.
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Answer:
is 7.5 hope i help
Step-by-step explanation:
u put them in order from least to greatest
1 , 4, 6, 9, 15, 19
then take out one number from each side after that u are left with 6 and 9 and whats in the middle of does two numbers ? well u just estimate and it might be 7.5
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Discount price = p * (30/100)
= 0.3p
Price after the discount
p - 0.3p
0.7p
Answer:
Discounted price= 0.7 p
Step-by-step explanation:
Original price = p
Since we are given that 30 % is off on the price
So, 30 % of p
So, the discount is of amount 0.3p
So, the discounted price = Original price - Discount amount
So,the discounted price = p-0.3p
Discounted price= 0.7 p
Hence expression can be used to find the price of the shoes after the discount is 0.7p
3x – y = 4
2x + y = 6
2. What is the y-coordinate of the solution to the system of equations?
5x - y = 25
4x + 3y = 1
3 . What is the x-coordinate of the solution to the system of equations?
x = y + 16
y + 4x = 9
4 . Graph the system of equations using technology.
What is the x-coordinate of the solution?
Round to the nearest hundredth.
-6x - 7y = 8
x + 5y = 11
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The x-coordinates and y-coordinates of the given simultaneous equations are; as silver below.
How to solve simultaneous equations?
1) To use linear combinations to solve the simultaneous equation;
3x – y = 4 ------(eq 1)
2x + y = 6 ---- (eq 2)
Add eq 1 to eq 2 to get;
5x = 10
divide both sides by 2 to get;
x = 2
Thus; 3(2) - y = 4
y = 6 - 4
y = 2
2) 5x - y = 25 ------(eq 1)
4x + 3y = 1 ----- (eq 2)
Make y the subject in eq 1 t get;
y = 5x - 25
Put 5x - 25 for y into the equation 2 to get;
4x + 3(5x - 25) = 1
4x + 15x = 76
19x = 76
x = 4
y = 5(4) - 25
y = -5
3) x = y + 16 - - - (eq 1)
y + 4x = 9 - - - (eq 2)
Put eq 1 in eq 2 to get;
y + 4(y + 16) = 9
y + 4y + 64 = 9
5y + 64 = 9
y = (9 - 64)/5
y = -11
Thus;
x = -11 + 16
x = 5
4) -6x - 7y = 8 - - - (eq 1)
x + 5y = 11 - - - (eq 2)
Make x the subject in eq 2 to get;
x = 11 - 5y
Put 11 - 5y for x in eq 1;
6(11-5y) -7y = 8
66 + 30y - 7y = 8
23y = -58
y = -2.5217
Thus;
x + 5(-2.5217) = 8
x = 8 + 12.608
x = 20.608
Read more about simultaneous equations at; brainly.com/question/16863577
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Answer:
The point that is a solution to the equation 2x - y = 4 is option b: (1, 2).